MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 5.88 GB | Duration: 6h 6m
Learn graphics programming now using the most popular graphics API
What you'll learn
Create graphics applications
Apply common rendering math
Use Vulkan for graphics programming
Apply good coding standards
Creating and managing windows
Writing shader code using GLSL
Setting up a project using CMake
Setup a graphics pipeline
Basic graphics theory
Requirements
Good Understanding of modern C++ (pointers, references, lambdas)
Basic Understanding of OOP
Knowledge of the Standard C++ Library & Algorithms
Description
WelcomeVulkan is the newest and most popular graphics API out there. It is the successor of the already deprecated OpenGL and it is the future for any kind of cross-platform graphical applications. It is extremely performant which makes it perfect for game and game engine development.With this course I aim to teach you the very basics of computer graphics with Vulkan in some short and simple lessons. I believe everyone can learn and it is especially important to have easy to understand chunks that can be consumed in short bursts.This course will cover: setting up your C++ project, creating a window, initializing vulkan, rendering a simple triangle, compiling shaders, debugging issues, rendering vertices, basic transformations for 3D.I will not go as far as to teach complex topics like post-processing or shadows since the course aims to be short and accessible. The course will get regular updates though that will cover any major changes in the specification.The course is tought on Microsoft Windows but most of the knowledge gained can be used on any platform.Technologies UsedVulkan SDK - the main topic of the course is the vulkan graphics library specification. This is what "talks" to the GPU of your PC and renders any graphical information that you send to it.GLFW - Abstracts handling windows so that we don't have to call native platform functions. This way the course would be mostly accessible to people on any platform.GLM - A mathematical library that will help with transformation of 3D information.CMake - for managing and compiling the project. We will use a modern setup that is easy to understand and use.
Language: English | Size: 5.88 GB | Duration: 6h 6m
Learn graphics programming now using the most popular graphics API
What you'll learn
Create graphics applications
Apply common rendering math
Use Vulkan for graphics programming
Apply good coding standards
Creating and managing windows
Writing shader code using GLSL
Setting up a project using CMake
Setup a graphics pipeline
Basic graphics theory
Requirements
Good Understanding of modern C++ (pointers, references, lambdas)
Basic Understanding of OOP
Knowledge of the Standard C++ Library & Algorithms
Description
WelcomeVulkan is the newest and most popular graphics API out there. It is the successor of the already deprecated OpenGL and it is the future for any kind of cross-platform graphical applications. It is extremely performant which makes it perfect for game and game engine development.With this course I aim to teach you the very basics of computer graphics with Vulkan in some short and simple lessons. I believe everyone can learn and it is especially important to have easy to understand chunks that can be consumed in short bursts.This course will cover: setting up your C++ project, creating a window, initializing vulkan, rendering a simple triangle, compiling shaders, debugging issues, rendering vertices, basic transformations for 3D.I will not go as far as to teach complex topics like post-processing or shadows since the course aims to be short and accessible. The course will get regular updates though that will cover any major changes in the specification.The course is tought on Microsoft Windows but most of the knowledge gained can be used on any platform.Technologies UsedVulkan SDK - the main topic of the course is the vulkan graphics library specification. This is what "talks" to the GPU of your PC and renders any graphical information that you send to it.GLFW - Abstracts handling windows so that we don't have to call native platform functions. This way the course would be mostly accessible to people on any platform.GLM - A mathematical library that will help with transformation of 3D information.CMake - for managing and compiling the project. We will use a modern setup that is easy to understand and use.
